To rotate a point 180° counterclockwise around a center point, we can use the following rule:
If we have a point \((x, y)\) and want to rotate it 180° around another point \((a, b)\), the resulting point will be \((2a - x, 2b - y)\).
In this case, our point is \((-4, 6)\) and we are rotating it around itself, which is also \((-4, 6)\).
Using the formula:
- \(x' = 2(-4) - (-4) = -8 + 4 = -4\)
- \(y' = 2(6) - 6 = 12 - 6 = 6\)
Thus, the point remains the same, \((-4, 6)\), after a 180° rotation around itself.
However, if you intended to rotate the point around the origin (0,0), then we would do the following:
For the point (-4, 6):
- \(x' = -(-4) = 4\)
- \(y' = -6\)
Thus, the resulting point after a 180° rotation around the origin is \((4, -6)\).
From your responses, the answer is: \((4, -6)\) (left parenthesis 4 comma negative 6 right parenthesis)